Richard S Cox, Deceased

Title: Richard S. Cox: Innovator in Radiation Therapy Technology

Introduction

Richard S. Cox was a notable inventor whose contributions to the field of radiation therapy have had a lasting impact. He was based in San Francisco, CA, and is remembered for his innovative approach to aligning radiation therapy beams with treatment targets. His work has been instrumental in improving the accuracy and effectiveness of radiation treatments for patients.

Latest Patents

Richard S. Cox held a patent for a system and method titled "High-speed inter-modality image registration via iterative feature." This invention describes a sophisticated process that utilizes diagnostic computer tomography scanning to map treatment targets within a patient's anatomy. The method aids physicians in determining the precise aim of radiation therapy beams. By generating digitally reconstructed radiographs from intermediate 3-D images produced from CT scans, the system allows for a comparison with x-ray images taken at the time of treatment. A transformation equation is employed to assess the similarity between the two sets of images, ensuring that the treatment target's position is accurately aligned before radiation therapy begins.

Career Highlights

Throughout his career, Richard S. Cox made significant strides in the field of medical imaging and radiation therapy. His innovative patent reflects his dedication to enhancing patient care through technology. He worked at Leland Stanford Junior University, where he contributed to research and development in medical technologies.

Collaborations

Richard S. Cox collaborated with various professionals in his field, including his coworker Martin J. Murphy. Their combined efforts in research and development have contributed to advancements in radiation therapy techniques.

Conclusion

Richard S. Cox's legacy as an inventor in radiation therapy technology continues to influence the medical field. His innovative patent has paved the way for more accurate and effective treatment methods, ultimately benefiting countless patients.